The Automatic Servo Piston Filling Capping Labeling Line is designed for automatic filling and packaging of shampoo, cream, lotion, honey and other liquid or viscous products.
The production line combines material feeding, servo piston filling, cap feeding, capping and labeling into a continuous packaging process. The servo motor drives the piston filling system, providing precise filling control and convenient volume adjustment for different bottle sizes and production requirements.
Multiple anti-drip filling nozzles improve filling efficiency while helping reduce dripping, stringing and product waste. The four-way valve provides stable material circulation and reliable sealing performance throughout the filling process.
The machine adopts a PLC and touch screen control system, allowing operators to adjust filling parameters and monitor machine operation through a user-friendly interface.
Optional automatic cap feeding, capping and labeling equipment can be integrated according to bottle shape, cap type and labeling requirements, making the line suitable for cosmetic, personal care, food and daily chemical production.
1. What products can this production line fill?
The machine is suitable for shampoo, cream, lotion, honey, conditioner, liquid soap, gel and other liquid or viscous products.
2. What filling method does the machine use?
The filling machine uses a servo driven piston filling system.
The servo motor controls piston movement to provide accurate and repeatable product dosing.
3. Why use a servo motor?
Servo control provides precise piston positioning and makes filling volume adjustment easier.
It also helps maintain stable filling performance during continuous production.
4. Can the filling volume be adjusted?
Yes. Filling parameters can be adjusted according to different bottle capacities within the supported machine range.
5. Can this machine fill thick products?
Yes. Servo piston filling is suitable for many medium and high viscosity products including cream, lotion, honey and cosmetic paste.
The filling cylinder and nozzle should be selected according to actual viscosity.